Structural clarification of the concepte of ^|^ldquo;life long sports^|^rdquo; Focusing on the articles published in ^|^ldquo;Taiikukakyouiku ^|^rdquo;

Ohashi, Michio

doi:10.9772/jpspe1979.21.2_25

Journal of the Philosophy of Sport and Physical Education

1999

DOI: 10.9772/jpspe1979.21.2_25

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Structural clarification of the concepte of ^|^ldquo;life long sports^|^rdquo; Focusing on the articles published in ^|^ldquo;Taiikukakyouiku ^|^rdquo;

Michio Ohashi

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2009

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Illumination-Robust Face Recognition form a Single Image per Person Using Matrix Polar Decomposition

Ezoji

Faez

2009

IEICE Trans. Inf. & Syst.

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SUMMARYIn this paper, a novel illumination invariant face recognition algorithm is proposed for face recognition. This algorithm is composed of two phases. In the first phase, we reduce the effect of illumination changes using a nonlinear mapping of image intensities. Then, we modify the distribution of the coefficients of wavelet transform in certain subbands. In this step, the recognition performance is more important than image quality. In the second phase, we used the unitary factor of polar decomposition of enhanced image as a feature vector. In the recognition phase, the correlation-based nearest neighbor rule is applied for the matching. We have performed some experiments on several databases and have evaluated the proposed method in different aspects. Experimental results in recognition show that this approach provides a suitable representation for overcoming illumination effects. key words: face recognition, illumination invariant, matrix polar decomposition, wavelet domain, single image per person

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Illumination-Robust Face Recognition form a Single Image per Person Using Matrix Polar Decomposition

Ezoji

Faez

2009

IEICE Trans. Inf. & Syst.

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Structural clarification of the concepte of ^|^ldquo;life long sports^|^rdquo; Focusing on the articles published in ^|^ldquo;Taiikukakyouiku ^|^rdquo;

Cited by 1 publication

References 0 publications

Illumination-Robust Face Recognition form a Single Image per Person Using Matrix Polar Decomposition

Illumination-Robust Face Recognition form a Single Image per Person Using Matrix Polar Decomposition

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